Nonlinear Solid Mechanics

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1 to 10 of 78 Results

Matlab_void_evolution_NH_JCNF_MD_JARM_GV Jan 23, 2024 Nieto-Fuentes, Juan Carlos, 2024, "Matlab_void_evolution_NH_JCNF_MD_JARM_GV", https://doi.org/10.21950/TYNG2N, e-cienciaDatos, V1 This dataset contains the MATLAB code employed for calculating the evolution of the void volume fraction and reconstructing the void geometry. The code utilizes the Quickhull algorithm to determine the smallest convex set encompassing the coordinates of the nodes constituting the void surface. Reference: Hosseini, N., Nieto-Fuentes, J.C. (CA), Daks...
coord1.txt Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV Texto plano - 1,4 MB - MD5: 1761cf2e97b99be8b8bb995b0541e0f5 DataDatos
coord2.txt Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV Texto plano - 1,4 MB - MD5: a86d06cdc87cb8241a07682e00efb8e0 DataDatos
coord3.txt Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV Texto plano - 1,4 MB - MD5: 4792ddf4d46fcff94252207182907f42 DataDatos
Matlab_void_evolution_NH_JCNF_MD_JARM_GV_2024_v01_readme.txt Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV Texto plano - 4,3 KB - MD5: 8953612dea1e7e847f458d0edaa28d72 DocumentaciónDocumentation
Matlab_void_evolution_NH_JCNF_MD_JARM_GV.m Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV Código fuente MATLAB - 4,7 KB - MD5: bf49c6611121cd98a2ad157cf777ea4f DataDatos
UMAT_Homogenization_PFP_ARV_GV_JARM_2023 Jun 23, 2023 Fernández-Pisón, Pilar, 2023, "UMAT_Homogenization_PFP_ARV_GV_JARM_2023", https://doi.org/10.21950/H27ZVN, e-cienciaDatos, V1 This dataset contains the UMAT subroutine coded to implement in the finite element code ABAQUS the homogenized constitutive model described in the manuscript of Fernandez-Pison et al. (2023) for simulating the strain-induced martensitic transformation in austenitic stainless steels (evolving bi-phase material: austenite & martensite). The code has...
UMAT_Homogenization_readme.txt Jun 23, 2023 - UMAT_Homogenization_PFP_ARV_GV_JARM_2023 Texto plano - 4,5 KB - MD5: 4a9ea976c0d495b3ee5cec759f99e3b7 Documentation
UMAT_Homogenization.txt Jun 23, 2023 - UMAT_Homogenization_PFP_ARV_GV_JARM_2023 Texto plano - 59,5 KB - MD5: d440239098edc104f98e53950accea67 Code
MAK_KEN_NH_NJ_JARM_IJMF_2021 Dec 2, 2021 Kumar, Anil, 2021, "MAK_KEN_NH_NJ_JARM_IJMF_2021", https://doi.org/10.21950/SNA4J5, e-cienciaDatos, V1 This dataset contains the MATHEMATICA codes used to implement the Linear Stability Analysis and the Nonlinear Two-Zone models developed in Anil Kumar et al. (2021). References: Anil Kumar M., N’souglo K. E., Hosseini N., Jacques N., Rodríguez-Martínez, J.A. Theoretical predictions of dynamic necking formability of ductile metallic sheets with evolv...

Matlab_void_evolution_NH_JCNF_MD_JARM_GV

Jan 23, 2024

Nieto-Fuentes, Juan Carlos, 2024, "Matlab_void_evolution_NH_JCNF_MD_JARM_GV", https://doi.org/10.21950/TYNG2N, e-cienciaDatos, V1

This dataset contains the MATLAB code employed for calculating the evolution of the void volume fraction and reconstructing the void geometry. The code utilizes the Quickhull algorithm to determine the smallest convex set encompassing the coordinates of the nodes constituting the void surface. Reference: Hosseini, N., Nieto-Fuentes, J.C. (CA), Daks...

coord1.txt

Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV

Texto plano - 1,4 MB -

DataDatos

coord2.txt

Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV

Texto plano - 1,4 MB -

DataDatos

coord3.txt

Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV

Texto plano - 1,4 MB -

DataDatos

Matlab_void_evolution_NH_JCNF_MD_JARM_GV_2024_v01_readme.txt

Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV

Texto plano - 4,3 KB -

DocumentaciónDocumentation

Matlab_void_evolution_NH_JCNF_MD_JARM_GV.m

Jan 23, 2024 - Matlab_void_evolution_NH_JCNF_MD_JARM_GV

Código fuente MATLAB - 4,7 KB -

DataDatos

UMAT_Homogenization_PFP_ARV_GV_JARM_2023

Jun 23, 2023

Fernández-Pisón, Pilar, 2023, "UMAT_Homogenization_PFP_ARV_GV_JARM_2023", https://doi.org/10.21950/H27ZVN, e-cienciaDatos, V1

This dataset contains the UMAT subroutine coded to implement in the finite element code ABAQUS the homogenized constitutive model described in the manuscript of Fernandez-Pison et al. (2023) for simulating the strain-induced martensitic transformation in austenitic stainless steels (evolving bi-phase material: austenite & martensite). The code has...

UMAT_Homogenization_readme.txt

Jun 23, 2023 - UMAT_Homogenization_PFP_ARV_GV_JARM_2023

Texto plano - 4,5 KB -

Documentation

UMAT_Homogenization.txt

Jun 23, 2023 - UMAT_Homogenization_PFP_ARV_GV_JARM_2023

Texto plano - 59,5 KB -

Code

MAK_KEN_NH_NJ_JARM_IJMF_2021

Dec 2, 2021

Kumar, Anil, 2021, "MAK_KEN_NH_NJ_JARM_IJMF_2021", https://doi.org/10.21950/SNA4J5, e-cienciaDatos, V1

This dataset contains the MATHEMATICA codes used to implement the Linear Stability Analysis and the Nonlinear Two-Zone models developed in Anil Kumar et al. (2021). References: Anil Kumar M., N’souglo K. E., Hosseini N., Jacques N., Rodríguez-Martínez, J.A. Theoretical predictions of dynamic necking formability of ductile metallic sheets with evolv...

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